SciThermo
master
Contents:
1. Heat Capacity
2. Critical Properties
3. Virial Equation of State
4. Cubic Equation of State
5. Vapor Thermal Conductivity
6. Vapor Viscosity
7. References
SciThermo
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Index
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Index
A
|
B
|
C
|
D
|
E
|
F
|
G
|
H
|
I
|
L
|
M
|
N
|
P
|
Q
|
R
|
S
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T
|
V
|
X
|
Z
A
a_expr() (scithermo.eos.cubic.Cubic method)
alpha_expr() (scithermo.eos.cubic.Cubic method)
(scithermo.eos.cubic.RedlichKwong method)
(scithermo.eos.cubic.SoaveRedlichKwong method)
B
B_ij_expr() (scithermo.eos.virial.BinarySecondVirial method)
B_mix_expr() (scithermo.eos.virial.BinarySecondVirial method)
bar_GiR_RT() (scithermo.eos.virial.BinarySecondVirial method)
bar_HiR_RT() (scithermo.eos.virial.BinarySecondVirial method)
bar_SiR_R() (scithermo.eos.virial.BinarySecondVirial method)
bar_ViR_RT() (scithermo.eos.virial.BinarySecondVirial method)
beta_expr() (scithermo.eos.cubic.Cubic method)
BinarySecondVirial (class in scithermo.eos.virial)
C
calc_Z() (scithermo.eos.virial.BinarySecondVirial method)
calc_Z_c() (scithermo.critical_constants.CriticalConstants method)
,
[1]
cardano_constants() (scithermo.eos.cubic.Cubic method)
coefficients() (scithermo.eos.cubic.Cubic method)
cp_integral() (scithermo.cp.CpIdealGas method)
CpIdealGas (class in scithermo.cp)
CpRawData (class in scithermo.cp)
CpStar (class in scithermo.cp)
CriticalConstants (class in scithermo.critical_constants)
,
[1]
Cubic (class in scithermo.eos.cubic)
D
d_B0_d_Tr_expr() (scithermo.eos.virial.Virial method)
d_B1_d_Tr_expr() (scithermo.eos.virial.Virial method)
d_dij_d_Tr() (scithermo.eos.virial.BinarySecondVirial method)
d_ij_expr() (scithermo.eos.virial.BinarySecondVirial method)
d_ln_alpha_d_ln_Tr() (scithermo.eos.cubic.Cubic method)
(scithermo.eos.cubic.RedlichKwong method)
(scithermo.eos.cubic.SoaveRedlichKwong method)
E
eval() (scithermo.cp.CpIdealGas method)
(scithermo.cp.CpStar method)
F
fugacity_i_expr() (scithermo.eos.virial.BinarySecondVirial method)
G
G_R_RT() (scithermo.eos.virial.BinarySecondVirial method)
G_R_RT_expr() (scithermo.eos.cubic.Cubic method)
(scithermo.eos.virial.SecondVirial method)
get_max_percent_difference() (scithermo.cp.CpRawData method)
get_numerical_percent_difference() (scithermo.cp.CpIdealGas method)
get_w_Tc_Pc() (scithermo.eos.virial.BinarySecondVirial method)
H
H_expr() (scithermo.eos.cubic.Cubic method)
H_R_RT() (scithermo.eos.virial.BinarySecondVirial method)
H_R_RT_expr() (scithermo.eos.cubic.Cubic method)
(scithermo.eos.virial.SecondVirial method)
hat_phi_i_expr() (scithermo.eos.virial.Virial method)
I
I_expr() (scithermo.eos.cubic.Cubic method)
iterate_to_solve_Z() (scithermo.eos.cubic.Cubic method)
L
ln_hat_phi_i_expr() (scithermo.eos.virial.BinarySecondVirial method)
(scithermo.eos.virial.SecondVirial method)
M
module
scithermo.cp
scithermo.critical_constants
N
num_roots() (scithermo.eos.cubic.Cubic method)
numerical_integration() (scithermo.cp.CpIdealGas method)
P
PengRobinson (class in scithermo.eos.cubic)
plot_Z_vs_P() (scithermo.eos.cubic.Cubic method)
(scithermo.eos.virial.SecondVirial method)
print_roots() (scithermo.eos.cubic.Cubic method)
Q
q_expr() (scithermo.eos.cubic.Cubic method)
R
RedlichKwong (class in scithermo.eos.cubic)
residual() (scithermo.eos.cubic.Cubic method)
S
S_R_R() (scithermo.eos.virial.BinarySecondVirial method)
S_R_R_expr() (scithermo.eos.cubic.Cubic method)
(scithermo.eos.virial.SecondVirial method)
scithermo.cp
module
scithermo.critical_constants
module
SecondVirial (class in scithermo.eos.virial)
SoaveRedlichKwong (class in scithermo.eos.cubic)
T
Tstar_d_lnphi_dTstar() (scithermo.eos.virial.BinarySecondVirial method)
V
Virial (class in scithermo.eos.virial)
X
X_R_dimensionless() (scithermo.eos.virial.BinarySecondVirial method)
Z
Z_c_percent_difference() (scithermo.critical_constants.CriticalConstants method)
,
[1]
Z_liquid_RHS() (scithermo.eos.cubic.Cubic method)
Z_vapor_RHS() (scithermo.eos.cubic.Cubic method)
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